If a guy had mad skills, you could write a program that has each measurement co-relate to the others, to see what changing one measurement does to your total inside volume of air, and then also how much volume for air escape in the bottom holes vs. material of the pot.

Once you know the sweet spot numbers, can you then tweak one in coorelation too another and get similar final sound results. Rather than trial and error on the lathe.

Plug in a sound file for 10 different demensions, then have the computer program tell you the tuning hit, you could make these changes to hit in the middle. Plug in janko wood hardness and all.

Lol. Sounds like a crazy engineering project!

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Pass on the tradition. A candle loses nothing by lighting another candle.

If a guy had mad skills, you could write a program that has each measurement co-relate to the others, to see what changing one measurement does to your total inside volume of air, and then also how much volume for air escape in the bottom holes vs. material of the pot.

Once you know the sweet spot numbers, can you then tweak one in coorelation too another and get similar final sound results. Rather than trial and error on the lathe.

Plug in a sound file for 10 different demensions, then have the computer program tell you the tuning hit, you could make these changes to hit in the middle. Plug in janko wood hardness and all.

Lol. Sounds like a crazy engineering project!

Don't forget a cgi striker!!!!!

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Whatever you do, work at it with all your heart, as working for the Lord, not for men Col 3:23

If a guy had mad skills, you could write a program that has each measurement co-relate to the others, to see what changing one measurement does to your total inside volume of air, and then also how much volume for air escape in the bottom holes vs. material of the pot.

Once you know the sweet spot numbers, can you then tweak one in coorelation too another and get similar final sound results. Rather than trial and error on the lathe.

Plug in a sound file for 10 different demensions, then have the computer program tell you the tuning hit, you could make these changes to hit in the middle. Plug in janko wood hardness and all.

Lol. Sounds like a crazy engineering project!

I am very busy at work right now but when it slows down I should be able to do all of this in Solidworks except the sound files. I have modeled my pot calls in Solidworks before to get an idea of what the final product will look like. It is very handy to try different things on the fly without taking the time to turn one and helped me visualize the final product since I am just getting started.